Agreed! I’m addicted and I need it all! 😂

real

And no mention of his good buddy Paul going with him. LOL

@@FinnellRacingI HATE that guy LOL

Cant be any worse than heavy d…

@@baddawg3380 Paul and Matt racing against each other? That will only end well (for us) 🤣

WhistlinDiesel tears up stuff on purpose@@FinnellRacing

Matt will do that to ya

Sure he would have.... just didn't know it yet... oh Tom Tom how you have grown!

@@mr.chodeski drip .. .. .. .. .. .. drip

Gasket maker will work. If you use it right.

She looked pregnant or it's just me?

@@nick_riviera Not just you. Exactly why I scrolled down.

Yes definitely was hiding it

​@@nick_rivierakinda

Love this comment it sounds like something I'd think of and say😂😂😂

someone put a bun in the oven?

@@mikeneese5419 Her husband

​@@mikeneese5419did she announce it or are you assuming she is?

Check the gas

@@jamesfield6568 Nothing like running out of gas in a helicopter

9:46 Helios are low maintenance too

@@rollastudent And you don’t wanna do maintenance on them, ‘cause you’ll find problems!

You pretty much described Heavy D's channel... though with more bros and energy drinks

When I was growing up, our cereal boxes perpetually had small engine gasket sized holes in them. 😙

😂 yeppers 👍

Seat of the (ragged) pants engineering

We did it. It didn’t make the video. My editors can’t always keep up with what we are doing in here. Different skill sets I guess.

Minor detail...The error is not proportional to the cosine. It is proportional to the reciprocal. That is. 1 / cosine. (alternately called the secant) With 1 / cosine, the error increases with increasing non perpendicularity. If it were proportional to the cosine, the error would decrease

Well, I didn't feel like a moron before reading your comment, but things have changed in the last few seconds. Thanks for that, lol.@@gregparrott

Matt at the FF!! Can't wait to see that. Cleetus has amazing events

@@zukgod I'm unsure how to interpret your comment, but it certainly was not intended to make anyone feel 'like a moron'. I'm guessing Two items may have been confusing: #1) The word reciprocal just means the number, variable or function (in this case the 'cosine' function) is the bottom term in a fraction. (e.g. a hundredth can be represented as the reciprocal of a hundred ( e.g. 1/100) #2) The 'Cosine' function In math, a 'function' is a fancy way of saying a relation is established between a value (usually, just one) that enables you to calculate another value. I could say you give me $10 and I'll give you $20. That 'function' can be represented as 'Y = 2 * X, where 'X' was the known $10 and 'Y' is the result, $20. A branch of math (trigonometry) that describes relations with triangles, which also be greatly extended to model waves (sound waves, ocean waves, explosions, light waves, economic cycles, etc.). If we stick with triangles, consider placing a 10 foot ladder against a wall. If it's vertical, you achieve maximum height with no horizontal offset to aid in its stability. As you offset the ladder's base away from the wall, you gain stability, but lose height. Using trig. 'functions', if you know any two values (e.g. ladder length and angle, ladder length and height, ladder length and offset, offset and height, etc.) you can calculate the corresponding unknown term. The three most common trig. terms are 'since', 'cosine', and 'tangent'. Cosine: Given the ladder's length and the angle between it and a horizontal line, you can calculate its offset (the function itself assumes a length of '1', then multiply by length) Sine: Given the ladder's length and the angle between it and a horizontal line, you can calculate its height (the function itself assumes a length of '1', then multiply by length) Tangent: Is the ratio of sine/cosine. Let's return to the comment about measuring runout. it will be most accurate when the gage is measuring at an angle that is perpendicular to the spin axis of the spindle they're measuring. If it's perpendicular, the measurement is more accurate than if the indicator is skewed at some angle, say a whopping 30 degrees. If I measured, say, a whopping 0.100 inches when it was perpendicular, I can tell you the FALSE runout reading you'd get because of the misalignment. It would NOT be cosine(30). It would be 1 / cosine(30). In this case, the angle would be between a line that's perpendicular to the spin axis and the angle that the indicator is aligned to. In this case, the erroneous reading would be 0.100 * (1 / cosine (30 degrees)). To 3 degrees of precision, the cosine of 30 degrees is 0.866. So, the FALSE reading you'd get is 0.100 * (1/0.866), or 0.115 inches. That's a 15% error. Splitting hairs here, this assumes we're looking at an error in 2 dimensions, one where both the perpendicular and the indicator's axis intersect the spin axis. It would get more complex if the indicator's axis did not intersect the spin axis. But that error too could be modeled/calculated using trig. I hope that helps.

Seems like it

She looks a little different. I'm not gonna say any thing other than I hope I'm right.

⁠​⁠@@professornuke7562I was thinking the same thing and if I’m right then congratulations

11:02 tells me something is working well…. lol. Congrats

@@professornuke7562 do you mean her backside looking twice as wide?

I think I remember circle track racers doing that back in 70s. I know I've seen some spools out of axles done that way.

That's what I was thinking. Use bolts with cross drilled heads for safety wire.

Aircraft style. Done properly, if one bolt loosens,it will try and tighten the bolt attached to it.

loctite brand sleeve retainer, it's in a green bottle, but don't ever plan on getting them out

​@@tylermallory2504there is the Orange kind. I like it. Seems to work nice

Who is she?

Mega-DITTOS on the Lizzy doing well and missing her bubbly personality. Although Katelynn does a pretty good job of establishing herself.

Wonder what she will do for work after she pops that kid out. Doing the rodeo thing still seems very risky at that point.

Just not the same without Lizzy around anymore!

The wild black eyelashes makes her look like she has no lower ones :) younglings. :D

@@mtnbkr277I agree with you friend!😞😞❤️❤️

True! haha 😂😂

High carbon steels, if not heat treated/annealed properly can be too brittle and crack.

@ADBBuild Yes, that is true and you are probably not going to have the same strength as the original shaft. But if you're careful not to stress it too much when you weld it, it should not crack. Speaking from experience here.

They are called perfectionists. I'm a metal jointener 😅😅😅😅

She's clearly pregnant also. Congrats

@@asdf-in2qr I was thinking the same thing.

@@asdf-in2qr Even if you are 100% certain that someone is pregnant, and I am not regarding Lizzy's appearance, you should just keep it to yourself, because looks can be deceiving. And if they are... they will let you know about it when they choose to.

I wondered about her being pregnant at the off road games. She seemed very demure compared to her usual self. It was great to see her for a minute though. I hope she and the baby will be fine.

@@asdf-in2qrshe’s not pregnant, her hoodie was just bulky

Yup, I remember laying in the snow undernath my old F150 at minus 20 using wires around the frame as a hoist - good times

Can you convert this to mm so the rest of us can understand

😆 good one!

11mm is 11% of a decimetre. FYI .😂

@@jasonh4167 Jethro Bodean ciphering.

@@jasonh4167 😆

were you trying to say that Lizzy might be Pregnant or the typical after Wedding symptom called happy weight

I was thinking the same thing. There seemed to be a conscious effort to cover her midriff with her hoodie.

glad i wasnt the only one that thought she might be pregnant

Same thoughts here. I doubt it's happy weight as she's living a pretty active life. She seems fine and as radiant as ever.

ummm... is she pregnant or was it just the hoodie?

​@@everyusernameistakenalread8298 I think it's just the hoodie but if she is That's wonderful

No doubt, that's a heavy pig T-case but almost bulletproof for regular use.

It was about 11% lighter once they took the part out for clearance.

I bet it will be six or seven months and she will have something brand new to show us.

@@phatfarmer3248 I was thinking the same thing, just too cowardly to be the first and find out I'm wrong! And if we're not wrong, CONGRATS Lizzy!

@@phatfarmer3248By how much its visible I'd say its going to be quicker than that.

Yes 9 months

Yes 7- 8months time for sure , that was my first thought .

The first of many. Mormonism is pretty weird, y'all.

@@guest6423nothing weird about a big family.

@@guest6423 As most the world's religions are. 🙊

​@@guest6423 how? Big family but no drinking?

They will get divorced. Getting married at early twenties nowadays is a setup for failure.

Wait did she announce it or are you just assuming?

Idk but she looks pregnant

Good thing Matt never wants or needs that kind of precision eyeballing everything 😂😂😂

64ths or even 128ths are far superior to mm. Metric is a factor of 10 and Imperial is a factor of 1/2. Far more useful, and we still have thousandths of an inch as needed. Best of both worlds.

Well if you love furlongs per fortnight 😂😂

It doesn't fly in a cabinet shop we go by 32 seconds of an inch, drawers and doors won't fit, inches and feet require more thought, but that extra thought is rewarded when you do it, I can cut up a 4X8 sheet of plywood for the necessary sizes I need like 10 by 12, 18 x 24 , 24 by,30 etc and the only scrap I'll have is the sawdust

​@maxironpaw if only there were 10, 100 or 1000th smaller than a mm, like micrometer. Then we could be precise in the rest of the world to

That was so true, you can say it again!

NOT!

Looks like they got it right now, 24:15 it looked like he was pulling into a driveway.

Agreed. Blueberry always seemed like the obvious name to me too.

Blueberry would of course be obvious for Matt but they're building it for Robby Layton

He wasn't after silver and gold, he was looking for peppermint.

Her father raised a champion for sure. Natural driver

Caitlin's different but I still miss Lizzie And when Lizzie first Hit the screen for the longest time she was just too bubbly for me but I learned to love her😊